http://www.loc.gov/mods/v3 http://www.loc.gov/standards/mods/v3/mods-3-2.xsd
Molecular genetic modification of eucaryotes
1 online resource (xiii, 171 pages) : illustrations
Molecular Genetic Modification of Eucaryotes reviews the current state of knowledge and techniques potentially useful for the molecular genetic modification of eucaryotes. The book interfaces molecular genetics, plant cell and tissue culture, and plant improvement. Topics include cell and tissue culture, protoplasts, somatic cell fusion, cellular mutagenesis, regeneration of new plant types, and the applicability of these techniques to plant improvements. Viruses and viral integration; integration and expression of foreign genetic material in human cells, Drosophila, plant cells, and legumes.
Front Cover; Molecular Genetic Modification of Eucaryotes; Copyright Page; Table of Contents; Contributors; Preface; SECTION I: CELLULAR ASPECTS; Chapter 1. Protoplasts and Somatic Cell Hybridization in Plants; PROTOPLAST ISOLATION AND CULTURE; PLANT REGENERATION; CONCLUSIONS; REFERENCES; Chapter 2. Opportunities and Obstacles in the Culture of Cereal Protoplasts and Calluses; PREVIOUS WORK ON CULTURE OF MONOCOTYLEDONOUS CALLUSES, CELLS, AND PROTOPLASTS; CULTURE OF OAT PROTOPLASTS; CULTURE OF OAT CALLUS TISSUES; MACROMOLECULAR SYNTHESIS IN OAT PROTOPLASTS; RESULTS.
RESPONSE OF OAT PROTOPLASTS TO THE PHYTOTOXIN VICTORINDISCUSSION AND CONCLUSIONS; ACKNOWLEDGEMENTS; REFERENCES; Chapter 3. Novel Cellular Associations; CHIMERAL PLANTS; PLANT-BACTERIAL ASSOCIATIONS; ACKNOWLEDGEMENTS; REFERENCES; Chapter 4. Isolation of Biochemical Mutants of Cultured Plant Cells; REFERENCES; Chapter 5. The Applicability of Plant Cell and Tissue Culture Techniques to Plant Improvement; REFERENCES; SECTION II: GENETIC ASPECTS; Chapter 6. Transducing Viruses and Viral Integration: Techniques for Genetic Modification; THE INTEGRATION AND EXCISION OF BACTERIOPHAGE LAMBDA.
THE FORMATION OF TRANSDUCING PHAGEEXTENDING THE RANGE OF LAMBDA TRANSDUCTION; REFERENCES; Chapter 7. Interactions of Bacterial Viruses and Bacterial Genes With Animal Systems; ACKNOWLEDGEMENT; REFERENCES; APPENDIX A: Phage Gene Directed Enzyme Activity in Genetically Defective Human Cells; REFERENCES; APPENDIX B: Phage -- Mediated Transgenosis in Human Galactosemic Fibroblasts; REFERENCES; Chapter 8. Gene Transfer in Drosophila melanogaster; EXPERIMENTAL STRATEGIES; DROSOPHILA AS AN EXPERIMENTAL SYSTEM; SUMMARY OF EXPERIMENTAL RESULTS; WORK FROM OTHER LABORATORIES; INTERPRETATIONS.
FUTURE TASKS AND IMPLICATIONSACKNOWLEDGEMENTS; REFERENCES; Chapter 9. Phage-Mediated Transgenosis in Plant Cells; REFERENCES; Chapter 10. Physical and Biological Studies of DNA Uptake by Plants; CsCl DENSITY GRADIENT ANALYSIS; DNA-DNA REASSOCIATION ANALYSIS; BACTERIAL TRANSFORMATION ASSAYS; DISCUSSION; SUMMARY; ACKNOWLEDGEMENTS; REFERENCES; Chapter 11. Molecular Genetic Modification of Legumes; BIOCHEMICAL AND GENETIC ASPECTS OF SYMBIOTIC DINITROGEN FIXATION IN LEGUMES; MOLECULAR MODIFICATION OF DINITROGEN FIXATION IN LEGUMES; EXPERIMENTAL RESULTS; AKNOWLEDGEMENTS; REFERENCES.
Chapter 12. New Genetic Approaches to Plant Protection Against DiseasesPATHOGEN MANIPULATION; CULTURED HOST CELLS; REFERENCES; Index.
edited by Irwin Rubenstein ... [and more].
Proceedings of two workshops held at the University of Minnesota in 1974-75.
Includes bibliographical references and index.
Academic Press rapid manuscript reproduction